In the face of increasing socio-economic and climatic pressures in growing cities, it is rational for managers to consider multiple approaches for securing water availability. One often disregarded option is the promotion of reforestation in source regions supplying important quantities of atmospheric moisture transported over long distances through aerial rivers, affecting water resources of a city via precipitation and runoff (‘smart reforestation’). Here we present a case demonstrating smart reforestation’s potential as a water management option.

The Communal Land Associations in Community Forests of Budongo Sub-county are the first pilots in Uganda, and are still in the process of formation. Given that this is a new method for group tenure interests in resource management, the process should be dynamic and invite close analysis for improvement.

Forest trees are long-lived species with high genetic diversity that is crucial for their survival,

regeneration and adaptation. However, forest managers and conservationists are often not well informed

In the Congo Basin most of the light-demanding timber tree species display a deficit of natural regeneration which is a major handicap for sustainable production and certification. Whilst the majority of scientists investigate abiotic and biotic factors explaining that pattern, we hypothesize that tree population density or individual spatial isolation may also affect the tree fitness through inbreeding.